Maden İşletmelerindeki Lastikli Araçların Lastik Tüketim Takibi İçin Hazırlanan Yazılım

Year 2024, Volume: 16 Issue: 2, 611 - 620, 30.06.2024

Serdar Ercins , Erdem Kazan

https://doi.org/10.29137/umagd.1406705

Abstract

Lastikli araçların lastik giderleri çok önemli maliyetlere ulaşmaktadır. Bu çalışmada lastikli araçların lastik giderlerinin nasıl kontrol altına alınabileceği ve özellikle maden işletmelerinde lastiklerin daha uzun süre nasıl kullanılabileceği araştırılmıştır. Temel amaç, lastikli araçlarda ve atölyelerin lastik depolarında bulunan lastikleri kullanım ömrü boyunca takip etmek ve lastiklerden en fazla verimi alarak en az hasarla kullanmak olmalıdır. Böylece araç performanslarında ciddi artışlar kaçınılmaz olacaktır. Bunların yanı sıra atıl durumda kalan ve çevreye zarar veren kullanılamaz lastik sayısında da ciddi azalmalar yaşanacak. Bu çevremizi korumaya yönelik önemli bir adımdır. Tüm bu amaçlar göz önünde bulundurularak SQL Server veritabanına sahip yetkili çok kullanıcılı bir yazılım geliştirilmiştir. Bu yazılım ile lastik yönetim bilgi sistemi bir maden işletmesine entegre edilmiş, maden işletmesinde yer alan tüm araçlar ve depolarda bulunan lastik bilgilerine ilişkin detaylı veriler sisteme yüklenmiş ve lastik takip süreçleri başlatılmıştır. Çok kısa bir uygulama süresi içerisinde lastik kayıpları, araç sürüşü ve çekiş performansı ile ilgili şikayetler azaldı. Lastik deposu envanterindeki düzensizlikler bu yazılımla düzeltildi. Sistemin daha uzun süre kullanılmasıyla yol gösterici maliyet analizlerinin yapılabileceği öngörülüyor.

Keywords

Maden, lastik, çevre, yazılım, lastik yönetim bilgi sistemi

Software Prepared for Tire Consumption Tracking of Tire Vehicles in Mine

Abstract

Tire expenses of vehicles with tires reach very significant costs. In this study, it has been researched how to control the tire expenses of the tire vehicles and how the tires can be used for a longer time, especially in mining enterprises. The main purpose should be to follow the tires in tire vehicles and in the tire warehouses of the workshops throughout their lifetime and to use them with the least damage by getting the most efficiency from the tires. Thus, a significant increase in vehicle performance will be inevitable. In addition to these, there will be significant reductions in the number of unusable tires that remain idle and are harmful to the environment. This is an important step towards protecting our environment. Considering all these purposes, an authorized multi-user software with SQL Server database has been developed. With this software, the tire management information system has been integrated into a mining operation, detailed data has been uploaded to the system for tire information found in warehouses and all vehicles in the mine operation, and tire tracking processes have been initiated. In a very short application period, complaints about tire losses, vehicle driving and traction performances decreased. Irregularities in the tire warehouse inventory have been corrected with this software. It is envisaged that guiding cost analyzes can be made with the use of the system for a longer period of time.

Keywords

Mine, tire, environment, software, tire management information system

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